CN202363013U - Examination equipment for practical training of dynamic assembly and motion control - Google Patents
Examination equipment for practical training of dynamic assembly and motion control Download PDFInfo
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- CN202363013U CN202363013U CN2011205071626U CN201120507162U CN202363013U CN 202363013 U CN202363013 U CN 202363013U CN 2011205071626 U CN2011205071626 U CN 2011205071626U CN 201120507162 U CN201120507162 U CN 201120507162U CN 202363013 U CN202363013 U CN 202363013U
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Abstract
The utility model relates to examination equipment for practical training of dynamic assembly and motion control. The examination equipment comprises a feeding station, a processing station, a sorting station, a conveying station, a table board, a control unit and a follow mounting station which form a typical mechanical platform of an automatic production line, practical training on static control of a motion control system is realized and dynamic assembly of matched workpieces is also realized, and a trainee can focuse on training of a dynamic control technology by adopting the equipment.
Description
Technical field
The utility model relates to a kind of teaching training apparatus, the real standard examination of particularly a kind of dynamic assembling motion control equipment.
Background technology
Existing " kinetic control system " teaching equipment that is applicable to professorship and undergraduate course practice teaching and examination can only be accomplished the real standard project of static control, for example positioning control etc.Because equipment itself can't propose to control dynamically requirement; Make and have bigger disappearance in this practice-training teaching; Yet a large amount of dynamically control problems (for example servo-actuated control, Tension Control etc.) in the actual industrial production; If not can be incorporated in the teaching practice, will be that of teaching equipment industry is sorry.Constructing a mathematical model can be accepted by professorship or undergraduate; The real standard that both can be used for the static control of kinetic control system; More focus on the training of dynamic control technology; The practice teaching equipment of very pressing close to actual production again, and can avoid spillage of material, the environmental pollution of real standard process, the purpose of this design just.
Summary of the invention
The utility model technical matters to be solved is, a kind of real standard that can carry out the static control of kinetic control system is provided, and more focuses on the real standard examination of the dynamic assembling motion control equipment of the training of dynamic control technology simultaneously.
For solving the problems of the technologies described above; The utility model adopts following technical scheme: the real standard examination of a kind of dynamic assembling motion control equipment; Comprise feed station, processing station, letter sorting station, transfer station, table top, control module; Said feed station, processing station, letter sorting station and transfer station are arranged on the table top, it is characterized in that also comprising following installation station, and the said installation station that follows comprises mechanical paw, straight line power supply unit; Said mechanical paw is arranged on the straight line power supply unit, and said straight line power supply unit is provided with on the table top;
Said transfer station includes flat belt, belt delivery unit, and said flat belt is arranged on the table top and with straight line power supply unit and laterally arranges, and said belt delivery unit drives flat belt and rotates;
Said letter sorting station comprises cylinder letter sorting substation, screw mandrel letter sorting substation; Said cylinder letter sorting substation comprises liftout cylinder, hopper; Said liftout cylinder is arranged on flat belt one side; Said hopper is arranged on flat belt opposite side and liftout cylinder opposite position, and said screw mandrel letter sorting substation is arranged on the flat belt end;
Said feed station includes big workpiece feed substation and small workpiece feed substation; Said big workpiece feed substation is connected with small workpiece feed substation is compact; First workpiece is supplied in said big workpiece feed substation; Second workpiece is supplied in said small workpiece feed substation, and said first workpiece and second workpiece are used;
Said belt delivery unit is provided with position coder; The said installation station that follows is provided with servomechanism installation; Said position coder, servomechanism installation are connected and realize the dynamic assembling of first workpiece and second workpiece with the control module signal, said control module is coordinated feed station, processing station, letter sorting station, transfer station, followed installation station's action according to setting means.
As a kind of improvement; Said screw mandrel letter sorting substation comprises a plurality of slideway storeies, mechanical arm; Transmission screw mandrel, screw mandrel support, said transmission screw mandrel is arranged on the screw mandrel support, and said screw mandrel support is arranged on the table top; Said mechanical arm is arranged on the transmission screw mandrel and towards a side of flat belt; Said slideway storer is obliquely installed below the screw mandrel support, and said a plurality of slideway storeies are arranged on the storer support near an end of flat belt, and said a plurality of slideway storer other ends are arranged on the table top.
As a kind of improvement; Said mechanical arm comprises first guide rod cylinder, second guide rod cylinder, Pneumatic paw, and said first guide rod cylinder is arranged on the transmission screw mandrel, and said first guide rod cylinder is formed double freedom with the transmission screw mandrel; Said second guide rod cylinder is arranged on the first guide rod cylinder movable end; Said first guide rod cylinder and second guide rod cylinder are formed double freedom, and said Pneumatic paw is provided with the second guide rod cylinder movable end, the said Pneumatic paw inner surface configuration and the first workpiece form fit.
As a kind of improvement; Said big workpiece feed substation comprises big workpiece pusher cylinder, big workpiece pushing head, big workpiece material pipe base, big workpiece material pipe; Said big workpiece pushing head is arranged on the movable end of big workpiece pusher cylinder; Said big workpiece material pipe is erect and is arranged on big workpiece material pipe base; The bottom of said big workpiece material pipe is provided with the big workpiece through-hole that horizontal direction runs through and match with said big workpiece pushing head, and said big workpiece material pipe base connects the big workpiece baffle plate relative with said big workpiece through-hole, and the below is penetrating between said big workpiece through-hole and the big workpiece baffle plate; Small workpiece feed substation comprises small workpiece pusher cylinder, small workpiece pushing head, small workpiece material pipe base, small workpiece material pipe, small workpiece hopper; Said small workpiece pushing head is arranged on the movable end of small workpiece pusher cylinder; Small workpiece pusher cylinder drives the front and back motion on the small workpiece hopper of small workpiece pushing head; Said small workpiece material pipe is erect and is arranged on small workpiece material pipe base; The bottom of said small workpiece material pipe is provided with the small workpiece through hole that horizontal direction runs through and the small workpiece pushing head moves through, said small workpiece hopper endcapped.
As a kind of improvement, said small workpiece pusher cylinder piston direction of motion is perpendicular with big workpiece pusher cylinder piston direction of motion.
As a kind of improvement, said setting means may further comprise the steps:
Work as long as one of them feed substation does not have workpiece, all will stop to release workpiece, only if add associated workpiece again;
After
big workpiece feed substation was released and accomplished, flat belt starts carried first workpiece;
After
small workpiece feed substation is released and is accomplished; Mechanical paw stretches out, clamps, promotes, withdraws and get second workpiece; Turn left then, descend; Stretch out; If first workpiece has arrived and allowed to follow the position, then mechanical paw (51) begins the work of following, otherwise will wait for;
After
follows synchronous completion; Mechanical paw unclamps; Second workpiece is fallen in first workpiece and is assembled, and assembling is accomplished mechanical paw and returned initial point;
After
punching press was accomplished, flat belt restarted;
When
assembly parts arrive the flat belt end; Flat belt stops, and request letter sorting station is wanted it to go into groove and deposited letter sorting;
The utility model dynamically assembles the real standard examination of motion control equipment and comprises feed station, processing station, letter sorting station, transfer station, follows installation station, control module; Constitute the mechanical platform of a typical transfer matic; Each mechanism of system has adopted pneumatic actuation, frequency converter to drive and go on foot technology such as servomotor position control; Can not only realize the real standard of the static control of kinetic control system, very press close to actual production again that real standard is effective; The belt delivery unit is provided with position coder; Follow installation station and be provided with servomechanism installation; Position coder is connected with the control module signal with servomechanism installation, can realize the dynamic assembling of first workpiece and second workpiece, lets real standard person carry out the training of dynamic control technology emphatically through this equipment.
Below in conjunction with accompanying drawing and embodiment the utility model is done further to describe.
Description of drawings
Fig. 1 is the structural representation that utility model is dynamically assembled the real standard examination of motion control equipment;
Fig. 2 is the structural representation of Fig. 1 parts transfer station;
Fig. 3 is the structural representation of Fig. 1 parts screw mandrel letter sorting substation;
Fig. 4 is the structural representation at Fig. 1 parts feed station;
Fig. 5 is the structural representation that Fig. 1 parts are followed installation station.
Embodiment
Like Fig. 1, Fig. 2, Fig. 3, Fig. 4, shown in Figure 5, the embodiment of the real standard examination of a kind of dynamic assembling motion control equipment comprises feed station 1, processing station 2, letter sorting station 3, transfer station 4, table top 6, control module; Said feed station 1, processing station 2, letter sorting station 3 and transfer station 4 are arranged on the table top 6, feed station 1 simulation one feed operation, processing station 2 simulations one manufacturing procedure; Letter sorting station 3 simulations one letter sorting operation; Transfer station 4 simulations one transmit operation, reach real standard purpose through simulating different operations, also comprise and follow installation station 5; Follow installation station's 5 simulations, one dynamic following installation procedure; The said installation station 5 that follows comprises mechanical paw 51, straight line power supply unit 52, and said mechanical paw 51 is arranged on the straight line power supply unit 52, and said straight line power supply unit 52 is provided with on the table top 6;
Said transfer station 4 includes flat belt 41, belt delivery unit 42, and said flat belt 41 is arranged on the table top 6 and with straight line power supply unit 52 and laterally arranges, and said belt delivery unit 42 drives flat belt 41 and rotates;
Said letter sorting station 3 comprises cylinder letter sorting substation 31, screw mandrel letter sorting substation 32; Said cylinder letter sorting substation 31 comprises liftout cylinder 31a, hopper 31b; Said liftout cylinder 31a is arranged on flat belt 41 1 sides; Said hopper 31b is arranged on flat belt 41 opposite sides and liftout cylinder 31a opposite position, and said screw mandrel letter sorting substation 32 is arranged on flat belt 41 ends;
Said feed station 1 includes big workpiece feed substation 11 and small workpiece feed substation 12; Said big workpiece feed substation 11 and 12 compact connections of small workpiece feed substation; Said big workpiece feed substation 11 supplies first workpiece; Said small workpiece feed substation 12 supplies second workpiece, said first workpiece and second workpiece are used;
As a kind of improved embodiment; Like Fig. 1, shown in Figure 3, said screw mandrel letter sorting substation 32 comprises a plurality of slideway storer 33, mechanical arm 34, transmission screw mandrel 35, screw mandrel support 36; Said transmission screw mandrel 35 is arranged on the screw mandrel support 36; Said screw mandrel support 36 is arranged on the table top 6, and said mechanical arm 34 is arranged on the transmission screw mandrel 35 and towards a side of flat belt 41, said slideway storer 33 is obliquely installed below screw mandrel support 36; Said a plurality of slideway storer 33 is arranged on the storer support 36 near an end of flat belt 41, and said a plurality of slideway storer 33 other ends are arranged on the table top 6.Transmission screw mandrel 35 is ball-screw gear trains driven by stepper motors, and stepper motor converts rotatablely moving of motor to the rectilinear motion of screw mandrel slide block through driving the ball screw framework of being made up of linear guide and ball-screw.Mechanical arm 34 and transmission screw mandrel 35 utilize table top 6 upper spaces, and slideway storer 33 is obliquely installed below screw mandrel support 36, utilizes 36 times side spaces of screw mandrel support, rational in infrastructure, compact in design.
As a kind of improved embodiment; Like Fig. 1, shown in Figure 3; Said mechanical arm 34 comprises the first guide rod cylinder 34a, the second guide rod cylinder 34b, Pneumatic paw 34c, and the said first guide rod cylinder 34a is arranged on the transmission screw mandrel 35, and the said first guide rod cylinder 34a forms double freedom with transmission screw mandrel 35; The said second guide rod cylinder 34b is arranged on the first guide rod cylinder 34a movable end; The said first guide rod cylinder 34a and the second guide rod cylinder 34b form double freedom, and said Pneumatic paw 34c is provided with the second guide rod cylinder 34b movable end, the said Pneumatic paw 34c inner surface configuration and the first workpiece form fit.
As a kind of improved embodiment; Like Fig. 1, shown in Figure 4; Said big workpiece feed substation 11 comprises big workpiece pusher cylinder 111, big workpiece pushing head 112, big workpiece material pipe base 113, big workpiece material pipe 114; Said big workpiece pushing head 112 is arranged on the movable end of big workpiece pusher cylinder 111; Said big workpiece material pipe 114 is erect and is arranged on big workpiece material pipe base 113; The bottom of said big workpiece material pipe 114 is provided with the big workpiece through-hole that horizontal direction runs through and match with said big workpiece pushing head 112, and said big workpiece material pipe base 113 connects the big workpiece baffle plate 115 relative with said big workpiece through-hole, and the below is penetrating between said big workpiece through-hole and the big workpiece baffle plate 115; The function of big workpiece feed substation 33 is that first workpiece is stored and under the control of control module, distributes and supplies with first workpiece by the needs of system.First workpiece that is used for this equipment is stored in big workpiece material pipe 114; When control module is judged equipment needs first workpiece; Under the control of control module; Big workpiece pusher cylinder 111 drives first workpiece that big workpiece pushing head 112 will be in big workpiece pushing head 112 fronts and separates from whole storage compartment, is provided with flat belt 41, the first workpiece below between big workpiece through-hole and the big workpiece baffle plate 115 to be transported on the flat belt 41; Big workpiece pusher cylinder 111 is withdrawn, and accomplishes a feeder process of first workpiece.
As a kind of improved embodiment; Like Fig. 1, shown in Figure 4; Small workpiece feed substation 12 comprises small workpiece pusher cylinder 121, small workpiece pushing head 122, small workpiece material pipe base 123, small workpiece material pipe 124, small workpiece hopper 125; Said small workpiece pushing head 122 is arranged on the movable end of small workpiece pusher cylinder 121; Small workpiece pusher cylinder 121 drives small workpiece pushing head 122 front and back motion on small workpiece hopper 125; Said small workpiece material pipe 124 is erect and is arranged on small workpiece material pipe base 123, and the bottom of said small workpiece material pipe 124 is provided with the small workpiece through hole that horizontal direction runs through and small workpiece pushing head 122 moves through, said small workpiece hopper 125 endcappeds.Small workpiece feed substation 2 is basic identical with big workpiece feed substation 1 principle of work, and difference when being pushed to small workpiece hopper 125 ends, is taken second workpiece by mechanical paw 51 in small workpiece.
As a kind of improved embodiment, like Fig. 1, shown in Figure 4, said small workpiece pusher cylinder 121 piston motion directions are perpendicular with big workpiece pusher cylinder 111 piston motion directions.The concrete structure of big workpiece feed substation 11 and small workpiece feed substation 12 combines small workpiece pusher cylinder 121 piston motion directions and the big perpendicular setting of workpiece pusher cylinder 111 piston motion directions, and space utilization is reasonable, and structural design is compact.
Teaching and real standard through the utility model can arrive following purpose:
(1) understanding is followed and synchronous technology;
(2) understand PID algorithm, grasp PID adjustment method;
(3) grasp the installation and the debugging of servo, step-by-step system and frequency converter;
(4) understand serial communication knowledge technology and grasp network-building method between PLC;
(5) serial communication between grasp PLC and frequency converter;
(6) configuration technology of grasp touch-screen;
(7) understand and grasp pneumatics;
(8) understand, grasp the various functions and the application of various sensors.
As a kind of preferred embodiment, said setting means may further comprise the steps:
After
big workpiece feed substation 11 was released and accomplished, flat belt 41 starts carried first workpiece;
After
small workpiece feed substation 12 is released and is accomplished; Mechanical paw 51 stretches out, clamps, promotes, withdraws and get second workpiece; Turn left then, descend; Stretch out; If first workpiece has arrived and allowed to follow the position, then mechanical paw 51 begins the work of following, otherwise will wait for;
After
follows synchronous completion; Mechanical paw 51 unclamps; Second workpiece is fallen in first workpiece and is assembled, and 51 times initial points of mechanical paw are accomplished in assembling;
After
punching press was accomplished, flat belt 41 restarted;
When
assembly parts arrive flat belt 41 ends; Flat belt 41 stops, and request letter sorting station 3 is wanted it to go into groove and deposited letter sorting;
Adopt above-mentioned setting means, can reach the teaching and real standard purpose of the utility model.
Claims (8)
1. one kind is dynamically assembled the real standard examination of motion control equipment; Comprise feed station (1), processing station (2), letter sorting station (3), transfer station (4), table top (6), control module; Said feed station (1), processing station (2), letter sorting station (3) and transfer station (4) are arranged on the table top (6); It is characterized in that also comprising and follow installation station (5); The said installation station (5) that follows comprises mechanical paw (51), straight line power supply unit (52), and said mechanical paw (51) is arranged on the straight line power supply unit (52), and said straight line power supply unit (52) is provided with on the table top (6);
Said transfer station (4) includes flat belt (41), belt delivery unit (42); Said flat belt (41) is arranged on table top (6) and upward and with straight line power supply unit (52) laterally arranges, and said belt delivery unit (42) drives flat belt (41) and rotates;
Said letter sorting station (3) comprises cylinder letter sorting substation (31), screw mandrel letter sorting substation (32); Said cylinder letter sorting substation (31) comprises liftout cylinder, hopper; Said liftout cylinder is arranged on flat belt (41) one sides; Said hopper is arranged on flat belt (41) opposite side and liftout cylinder opposite position, and said screw mandrel letter sorting substation (32) is arranged on flat belt (41) end;
Said feed station (1) includes big workpiece feed substation (11) and small workpiece feed substation (12); Said big workpiece feed substation (11) is connected with small workpiece feed substation (12) is compact; Said big workpiece feed substation (11) supply first workpiece; Said small workpiece feed substation (12) supply second workpiece, said first workpiece and second workpiece are used;
Said belt delivery unit (42) is provided with position coder; The said installation station (5) that follows is provided with servomechanism installation; Said position coder, servomechanism installation are connected and realize the dynamic assembling of first workpiece and second workpiece with the control module signal, said control module is coordinated feed station (1), processing station (2), letter sorting station (3), transfer station (4), followed installation station (5) action according to setting means.
2. the real standard examination of dynamic assembling motion control according to claim 1 equipment; It is characterized in that said screw mandrel letter sorting substation (32) comprises a plurality of slideway storeies (33), mechanical arm (34); Transmission screw mandrel (35), screw mandrel support (36); Said transmission screw mandrel (35) is arranged on the screw mandrel support (36); Said screw mandrel support (36) is arranged on the table top (6), and said mechanical arm (34) is arranged on that transmission screw mandrel (35) is gone up and towards a side of flat belt (41), said slideway storer (33) is obliquely installed in screw mandrel support (36) below; Said a plurality of slideway storeies (33) are arranged on the storer support (36) near an end of flat belt (41), and said a plurality of slideway storeies (33) other end is arranged on the table top (6).
3. the real standard examination of dynamic assembling motion control according to claim 2 equipment is characterized in that said machinery
Hand (34) comprises first guide rod cylinder (34a), second guide rod cylinder (34b), Pneumatic paw (34c); Said first guide rod cylinder (34a) is arranged on the transmission screw mandrel (35); Said first guide rod cylinder (34a) is formed double freedom with transmission screw mandrel (35); Said second guide rod cylinder (34b) is arranged on first guide rod cylinder (34a) movable end; Said first guide rod cylinder (34a) is formed double freedom with second guide rod cylinder (34b), and said Pneumatic paw (34c) is provided with second guide rod cylinder (34b) movable end, said Pneumatic paw (34c) inner surface configuration and the first workpiece form fit.
4. according to claim 1 or the real standard examination of 2 or 3 described dynamic assembling motion controls equipment, it is characterized in that
Said big workpiece feed substation (11) comprises big workpiece pusher cylinder (111), big workpiece pushing head (112), big workpiece material pipe base (113), big workpiece material pipe (114); Said big workpiece pushing head (112) is arranged on the movable end of big workpiece pusher cylinder (111); Said big workpiece material pipe (114) is erect and is arranged on big workpiece material pipe base (113); The bottom of said big workpiece material pipe (114) is provided with the big workpiece through-hole that horizontal direction runs through and match with said big workpiece pushing head (112); Said big workpiece material pipe base (113) connects the big workpiece baffle plate (115) relative with said big workpiece through-hole, and the below is penetrating between said big workpiece through-hole and the big workpiece baffle plate (115); Small workpiece feed substation (12) comprises small workpiece pusher cylinder (121), small workpiece pushing head (122), small workpiece material pipe base (123), small workpiece material pipe (124), small workpiece hopper (125); Said small workpiece pushing head (122) is arranged on the movable end of small workpiece pusher cylinder (121); Small workpiece pusher cylinder (121) drives small workpiece pushing head (122) motion before and after small workpiece hopper (125) is gone up; Said small workpiece material pipe (124) is erect and is arranged on small workpiece material pipe base (123); The bottom of said small workpiece material pipe (124) is provided with the small workpiece through hole that horizontal direction runs through and small workpiece pushing head (122) moves through, said small workpiece hopper (125) endcapped.
5. the real standard examination of dynamic assembling motion control according to claim 4 equipment is characterized in that said little
Workpiece pusher cylinder (121) piston motion direction is perpendicular with big workpiece pusher cylinder (111) piston motion direction.
6. according to claim 1 or the real standard examination of 2 or 3 described dynamic assembling motion controls equipment, its characteristic
Be that said setting means may further comprise the steps:
The release work of two workpiece as long as one of them feed substation does not have workpiece, all will stop to release workpiece, only if add associated workpiece again;
After
big workpiece feed substation (11) was released and accomplished, flat belt (41) starts carried first workpiece;
After
small workpiece feed substation (12) is released and is accomplished; Mechanical paw (51) stretches out, clamps, promotes, withdraws and get second workpiece; Turn left then, descend; Stretch out; If first workpiece has arrived and allowed to follow the position, then mechanical paw (51) begins the work of following, otherwise will wait for;
After
follows synchronous completion; Mechanical paw (51) unclamps; Second workpiece is fallen in first workpiece and is assembled, and assembling is accomplished mechanical paw (51) and returned initial point;
After
punching press was accomplished, flat belt (41) restarted;
When
assembly parts arrive flat belt (41) end; Flat belt (41) stops, and request letter sorting station (3) is wanted it to go into groove and deposited letter sorting;
7. the real standard examination of dynamic assembling motion control according to claim 4 equipment is characterized in that said establishing
Deciding mode may further comprise the steps:
The release work of two workpiece as long as one of them feed substation does not have workpiece, all will stop to release workpiece, only if add associated workpiece again;
After
big workpiece feed substation (11) was released and accomplished, flat belt (41) starts carried first workpiece;
After
small workpiece feed substation (12) is released and is accomplished; Mechanical paw (51) stretches out, clamps, promotes, withdraws and get second workpiece; Turn left then, descend; Stretch out; If first workpiece has arrived and allowed to follow the position, then mechanical paw (51) begins the work of following, otherwise will wait for;
After
follows synchronous completion; Mechanical paw (51) unclamps; Second workpiece is fallen in first workpiece and is assembled, and assembling is accomplished mechanical paw (51) and returned initial point;
After
punching press was accomplished, flat belt (41) restarted;
When
assembly parts arrive flat belt (41) end; Flat belt (41) stops, and request letter sorting station (3) is wanted it to go into groove and deposited letter sorting;
8. the real standard examination of dynamic assembling motion control according to claim 5 equipment is characterized in that said establishing
Deciding mode may further comprise the steps:
big workpiece feed substation (11) and small workpiece feed substation (12) are carried out first workpiece, the respectively
The release work of two workpiece as long as one of them feed substation does not have workpiece, all will stop to release workpiece, only if add associated workpiece again;
After
big workpiece feed substation (11) was released and accomplished, flat belt (41) starts carried first workpiece;
After
small workpiece feed substation (12) is released and is accomplished; Mechanical paw (51) stretches out, clamps, promotes, withdraws and get second workpiece; Turn left then, descend; Stretch out; If first workpiece has arrived and allowed to follow the position, then mechanical paw (51) begins the work of following, otherwise will wait for;
After
follows synchronous completion; Mechanical paw (51) unclamps; Second workpiece is fallen in first workpiece and is assembled, and assembling is accomplished mechanical paw (51) and returned initial point;
After
punching press was accomplished, flat belt (41) restarted;
When
assembly parts arrive flat belt (41) end; Flat belt (41) stops, and request letter sorting station (3) is wanted it to go into groove and deposited letter sorting;
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011205071626U CN202363013U (en) | 2011-12-08 | 2011-12-08 | Examination equipment for practical training of dynamic assembly and motion control |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011205071626U CN202363013U (en) | 2011-12-08 | 2011-12-08 | Examination equipment for practical training of dynamic assembly and motion control |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202363013U true CN202363013U (en) | 2012-08-01 |
Family
ID=46574183
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2011205071626U Withdrawn - After Issue CN202363013U (en) | 2011-12-08 | 2011-12-08 | Examination equipment for practical training of dynamic assembly and motion control |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202363013U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102402894A (en) * | 2011-12-08 | 2012-04-04 | 浙江亚龙教育装备股份有限公司 | Dynamic assembly motion control training assessment equipment |
| CN104016129A (en) * | 2014-05-28 | 2014-09-03 | 浙江工贸职业技术学院 | Automatic production line |
| CN105321417A (en) * | 2014-06-10 | 2016-02-10 | 广西大学 | Teaching experiment apparatus for production line |
-
2011
- 2011-12-08 CN CN2011205071626U patent/CN202363013U/en not_active Withdrawn - After Issue
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102402894A (en) * | 2011-12-08 | 2012-04-04 | 浙江亚龙教育装备股份有限公司 | Dynamic assembly motion control training assessment equipment |
| CN102402894B (en) * | 2011-12-08 | 2015-06-10 | 浙江亚龙教育装备股份有限公司 | Dynamic assembly motion control training assessment equipment |
| CN104016129A (en) * | 2014-05-28 | 2014-09-03 | 浙江工贸职业技术学院 | Automatic production line |
| CN105321417A (en) * | 2014-06-10 | 2016-02-10 | 广西大学 | Teaching experiment apparatus for production line |
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| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| PE01 | Entry into force of the registration of the contract for pledge of patent right |
Denomination of utility model: Dynamic assembly motion control training assessment equipment Effective date of registration: 20140120 Granted publication date: 20120801 Pledgee: Bank of Communications Ltd Wenzhou Yongjia branch Pledgor: Zhejiang Yalong Education Equipment Co., Ltd. Registration number: 2014990000049 |
|
| PE01 | Entry into force of the registration of the contract for pledge of patent right | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20120801 Effective date of abandoning: 20150610 |
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| AV01 | Patent right actively abandoned |
Granted publication date: 20120801 Effective date of abandoning: 20150610 |
|
| RGAV | Abandon patent right to avoid regrant | ||
| PC01 | Cancellation of the registration of the contract for pledge of patent right |
Date of cancellation: 20160331 Granted publication date: 20120801 Pledgee: Bank of Communications Ltd Wenzhou Yongjia branch Pledgor: Zhejiang Yalong Education Equipment Co., Ltd. Registration number: 2014990000049 |
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| PLDC | Enforcement, change and cancellation of contracts on pledge of patent right or utility model |